Technical University Berlin

This course is the second of two fluid mechanics courses that are taught concurrently in a single semester. Students take Fluid Mechanics I and then either Fluid Mechanics II (Higher Flow Level) or Fluid Mechanics II (Technique and Examples). The course discusses topics including hydrostatics, kinematics of fluids, streamline theory of inviscid fluids, momentum and angular momentum, movement of compressible fluids, Navier-Stokes equation of motion and its applications, vortices and boundary layer flows, turbulent flows, pipe flows, flow around bodies, and similarity laws of fluid dynamics. The course consists of two hour lectures which review the course concepts, and two hour seminars in which students solve problems.

This course offers a study of the fundamentals of aircraft aerodynamics. Topics include lift and drag, and aerodynamics of the wing and the tail units. The course examines theoretical, numerical, and experimental methods in aerodynamics. The course consists of lectures, and exercises in which theoretical and experimental exercises are reviewed. Students participate in an excursion to the wind tunnel on Technical University's campus. Students are required to have completed a fluid mechanics course as a prerequisite.

This course covers geometric basics of sensor orientation and object reconstruction, including homogeneous coordinates, projectivity and perspective, modelling of image formation, inner and outer orientation, orientation of uncalibrated and calibrated cameras, spatial resection, least-squares adjustment, orientation of the image pair, relative and absolute orientation, spatial triangulation, multi-view geometry, bundle block adjustment, image digitalization, and radiometric basics.

This course sets the basics for an understanding of multimodal communication between humans and multimodal interaction between humans and machines. The course begins with clarifying the basic principles of human-human communication and human-machine interaction. The course then describes the processes taking place in humans when perceiving auditory, visual, and tactile signals, as well as how these perceptions are integrated in order to form a multimodal perception. The signals can be generated and received by machines which are able to interact with humans in limited domains. The set-up of such machines is discussed, and limitations as well as potential solutions to overcome these limitations is explained.

This course on complex analysis covers the following: theory of functions in one complex variable, analyticals and meromorphic functions, Cauchy integral theorem, residues and applications, series, logarithms and exponentiations, conformal transformations.